I think the answer is realized growth because it also includes the effect of environmental resistance and causes it to become S shaped unlike the theoretical growth curve.
Realized r takes in to account the resource limitation of a population and is shown by the last part of the logistical population growth equation. r_max*(K-N)/K essentially it takes in to account the crowding factor of one population of a species.
A population's growth curve most closely resembles an "S" shaped curve, known as the logistic growth curve. Initially, the curve rises slowly as the population grows, followed by a period of rapid growth, before leveling off as the environment's carrying capacity is reached and growth stabilizes.
Almost. Mathematical exponential growth is theoretical. There are certain restrictions to such. Social awareness, modern medicine, food supply etc., restrict true exponential growth.
It is when too many people have babies and the population of the world explodes, similar to that of a mass destruction bomb and it causes pollution.
The initial growth of a population is called a growth spurt. In logistic population growth, the population grows at a steady pace.
Population: 60,642,308 population growth rate: .42%
population growth begins to slow down
Population growth can be stop by educating people. Education is most important for stop growth in population.
A major burden to the growth of China's economy was cause by the high population growth. An increase in the population has resulted into limited resources among the residents.
Exponential growth
The types of population growth curves are exponential growth, logistic growth, and fluctuating growth. Exponential growth occurs when a population grows without limits, while logistic growth occurs when a population reaches its carrying capacity and stabilizes. Fluctuating growth involves irregular population increases and decreases over time.
The population of Zambia is 12,309,466 The population growth rate is at 3.03%.